Occupational Health is an important consideration to protect the employees at your job in the various dangers faced on a daily basis. An employee should be instructed with safety techniques to ensure they are able to complete the task in a healthy manner. Safety equipment or Personal Protective Equipment is often utilized to protect the employee while they perform their daily duties.
Office Environments present a unique challenge to ensure the area is healthy for all employees working. Typically offices are setup for efficiency to ensure space is being utilized properly and production can be done effectively. Workers are typically in close proximity to one another for long periods of time. The Indoor Air Quality of the space can ensure a healthy environment or lead to very poor working conditions.
Hazard Communication is evolving with the adoption of the Globally Harmonized Standard (GHS). The new standard allows for multiple countries to adopt the same playbook for Hazard Communication. This streamlined standard allows for hazardous chemicals to ship from one country that produces the substance to another country that needs the chemical for use in production with greater efficiency.
Asbestos was heavily used in construction due to the relatively cheap cost and flexible ways the substance could be applied. The known dangers of the substance were discovered after the substance had a widespread adoption into many buildings and offices. Asbestos could be found in the insulation applied to concrete between floors or in electrical wiring to insulate the cord. Liberty Occupational Health Management should be called out to take samples of all present surface areas prior to beginning a remodel or renovation on an older building.
Industrial Hygiene Monitoring focuses on the exposure of each employee during the course of the daily duties at the jobsite. Different job positions expose each employee to different hazards through the course of a day. Liberty Occupational Health Management can work with your company to identify each hazard.
